The FLC 513 is a 3-panel machine that operates at 7.0 Gs, and the FLC 514 is a 4-panel shaker operating at 7.3 Gs. Processing rates vary from 560 GPM of a 17.8 PPG fluid using Pyramid DX-A140* screens on an FLC 513 to more than 900 GPM of a 9.1 PPG fluid with Pyramid DX-A140* screens on an FLC 514. The available screening area per API RP 13C for the FLC 513 is 24.9 square foot with the Pyramid screen and 34.5 square foot with the Pyramid Plus screen. For the FLC 514 the available screening area per API RP 13C is 33.2 square foot with the Pyramid screen and 46.0 square foot with the Pyramid Plus screen.

Two Derrick Super G2 vibrating motors produce the high G, linear motion that powers theFLC 500 series shakers. These patented motors feature oil-bath bearing lubrication that significantly reduces maintenance and dramatically lengthens bearing life. The Derrick Super G2 vibrating motor is backed by Derrick’s industry leading three year warranty. Their low noise level results in a significantly reduced decibel level during shaker operation, permitting the FLC 513 shaker to operate at just 78 dBA.

Innovative single-side tensioning reduces screen panel replacement time to less than one minute per panel. This faster, easier, and more reliable screen panel tensioning is provided by tensioning fingers and two Quick-Lok 1/2-turn tensioning bolts on each screen panel. To match installation and operational requirements, the shaker can be supplied in either right- or left-hand configuration.

A simple press of a button allows its hydraulic-powered, adjustable while drilling (AWD) mechanism, designed for quick easy deck adjustment, to operate from -1° to +5° on theFLC 513 and -1° to +7° for the FLC 514. As drilling rates and formation or mud properties change, the angle of the screen deck can be adjusted to achieve the proper solids conveyance and fluid end point. Increased capacity, longer screen life, and optimal solids removal efficiency are the results.

Top, weir and weir bypass feeders are available for 500 series shakers.

Hookstrip flat screen is constructed with two or three layers of stainless steel wire cloths bonded to a steel support plank . This kind of sieving screen has many characteristic as follows :

1. Every wire cloth in the sieving screen has different meshes , the hole size of the support plank is different meshes , the whole size of the support plank is different , so as to get the most effective area on the condition of bearing enough force .

2. The thick wire cloth with less meshes at the bottom of the sieving screen combines steel support plank into a whole closely , so as to enhance the strength of the whole screen and prolong life .

3. The wire cloth is divided into the independent small surfaces by the grid of steel support plank , which can prevent excessive expansion of local damage .

Pyramid screen has large effective area , and drilling fluid is handled in high efficiency by using it .

1. Every wire cloth in the sieving screen has different meshes , and accurate reasonable collocation can make the screen have better effect .

2. Stainless steel wire cloth is wavy , and closely holds metal support plank together .The effective area is up to 125% of the flat screen with the same specification , so as to improve the quality of drilling fluid and increase the production .

2. Currently used by the desander , desilter , mud cleaner , what is the normal operating pressure ?

Answer : generally not less than 0.3 Mpa .

3. What is the centrifuge main function ?

The main function : 1. removed the small solids particles in the drilling fluid 2. reduce the density of drilling fluid . 3 treating the sewage

4. When plugging materials that contain fiber , what effect to solids control equipment ? How to deal with ?

Answer : after plugging material containing fiber into drilling fluid , shale shaker will run out drilling fluid or screen out .Treatment method is to use big hole screen mesh , or stop using the shale shaker .

5. Sometimes sand don’t downward on the shaker screen , instead of up , what reason is this ? How to deal with ?

the main is replacing generator or replacement of the power switch, then pick up the three phase line, the motor reverse, so the sand up. Processing method as long as the change of any two of the three power cord root, link them .

6. shale shaker sometimes run drilling fluid fault happens . What reason is this ？ How to deal with ?

Answer : Run drilling fluid is the major reason : 1drilling fluid displacement is greater than the load of shaker 2. drilling fluid viscosity is high , screen mesh fine so can’t flow down . 4. drilling fluid mixed with some fiber . 5. drilling fluid dried on the screen mesh 6. belt is loose 7 . Voltage of the horse

One type of directional drilling , horizontal drilling , is used to drastically increase production . Here , a horizontal well is drilled across an oil and gas formation , increasing production by as much as 20 times more than that of its vertical counterpart . Horizontal drilling is any wellbore that exceeds 80 degrees , and it can even include more than a 90 degree angle .

Drilling fluid purification solid control system is an requisite part in modern drillling . It will ensure the slurry of the normal circulation and stability in the process of drilling rigs . the product mainly made of explosion proof driving force , electric distribution and lighting control deivice . linear motion shale shaker and balanced elliptical shale shaker , vacuum degasser , centrifugal pump , vertical slurry pump .

Drilling fluid purification solids control system is an requisite part in drilling . It will ensure the slurry of the normal circulation and stability in the process in the drilling rigs . the product mainly made up of the explosion -proof driving force , electric distribution and lighting control device

Dual-motion shale shaker is advanced shale shaker , which has three vibrating motors , can do both linear motion and balanced elliptical motion .

With the MEERKAT PT dual-motion shaker MI-SWACO combined linear and bananced elliptical technology for the ultimate in solids removal efficiency .The advanced MERRKAT PT shaker incorporates a 0.6hp vibrator motor that allows it to perform at an unparalleled level .

As drilling conditions change , the MEERKAT PT dual-motion shaker can be adjusted instantly by simply flipping a switch on the control box . This switch instantly reconfigures the shaker from linear to balanced elliptical motion without having to suspend or shut down operations . With the MEERKAT PT shaker operating in the gentler balanced elliptical mode , solids encounter reduced G-force and longer screen resistance time . This results in drier solids , improved drilling fluid recovery , longer screen life and reduced operating costs .

Mud gas separator is a special kind of equipment for primary degasification from gas-bearing drilling fluid in process of drilling .

It installation as following

1. Install and fix separator on the special base or hard and horizontal ground . To keep it stable , tighten it by ropes whose ends are inserted into ground .

2. In order to reduce the frictional resistance the min . internal diameter of exhaust manifold should be no less than 250mm .

3. Fixation is necessary while install pipe manifold . Connection of pipes should strictly accord with the installationdrawings .

maintenance follow bellow steps :

1. Open the screw plug for sand discharge in the manifold side to remove sand when the mud discharge manifold is blocked .

2. The separator assembly is pressure container , so it must be used in designed working pressure and surrounding . Overpressure work is forbidden . The safety valve should be checked at least once a year .

3. The baffle should be checked after a well has been completed . Replace it if there is something wrong .

4. Welding on the separator assembly is forbidden

5. The exhaust pipe and liquid discharge pipe should be arranged separately when the separator is paralleled . Uniting the pipe is forbidden .

DC machinery is the manufacturer of poor boy / mud gas separator , we supply all solids control equipment .